cdata = c.readlines()
comname = cdata[30][12:]
comdenom = cdata[31][13:-2]
imagedir = cdata[24][18:-2]
orbitdir = cdata[25][23:-2]
timedir = cdata[28][26:-2]
pysav = cdata[27][24:-2]
horiztag = cdata[40][10:]
obslocstr = cdata[34][19:]
#choose observer locations
[obsloc, imagedir] = get_obs_loc(obslocstr, imagedir)
if "Stereo" in obsloc: [inst, imagedir] = get_stereo_instrument(imagedir)
elif obsloc == "Soho": [inst, imagedir] = get_soho_instrument(imagedir)
else: inst = ''
#import the orbit data
comobs = orb_obs(comdenom, obsloc, pysav, orbitdir, horiztag)
venobs = orb_obs(comdenom, obsloc, pysav, orbitdir, horiztag, venusmode=True)
mercobs = orb_obs(comdenom,
obsloc,
pysav,
orbitdir,
horiztag,
mercurymode=True)
dir_list = sorted(os.listdir(imagedir))
fits_list = [s for s in dir_list if ".f" in s]
fits_total = len(fits_list)
if not os.path.exists(os.path.join(imagedir, 'imgtime_test_venmerc')):
os.makedirs(os.path.join(imagedir, 'imgtime_test_venmerc'))
pysav = cdata[27][24:-2]
horiztag = cdata[40][10:]
obslocstr = cdata[34][19:]
#choose observer locations
[obsloc, imagedir] = get_obs_loc(obslocstr, imagedir)
if "Stereo" in obsloc: [inst, imagedir] = get_stereo_instrument(imagedir)
elif obsloc == "Soho": [inst, imagedir] = get_soho_instrument(imagedir)
else: inst = ''
#import the orbit data
obsveceq = orb_vector(comdenom, obsloc, pysav, orbitdir,
horiztag, opts = 'obs,eq')
comveceq = orb_vector(comdenom, obsloc, pysav, orbitdir,
horiztag, opts = 'eq')
comveceq10 = orb_vector(comdenom, obsloc, pysav, orbitdir,
horiztag, opts = 'eq,d10')
comobs = orb_obs(comdenom, obsloc, pysav, orbitdir, horiztag)
dir_list = sorted(os.listdir(imagedir))
fits_list = [s for s in dir_list if ".f" in s]
fits_total = len(fits_list)
#%%**********************
#SECOND CELL - get radecs
#************************
nucvals = np.zeros((300),dtype=float)
jdeez = np.zeros((300),dtype=float)
while((fidx < fits_total) and com_in_image == True):
fitsinfile = fits_list[fidx]
filebase = fits_list[fidx].split('.')[0]
#choose observer locations
bool_locs = np.array([
(('EARTH' in obslocstr) or ('Earth' in obslocstr)),
(('STEREO-A' in obslocstr) or ('Stereo-A' in obslocstr)
or ('STEREO_A' in obslocstr) or ('Stereo_A' in obslocstr)),
(('STEREO-B' in obslocstr) or ('Stereo-B' in obslocstr)
or ('STEREO_B' in obslocstr) or ('Stereo_B' in obslocstr)),
(('SOHO' in obslocstr) or ('Soho' in obslocstr)),
(('ISS' in obslocstr) or ('iss' in obslocstr))
])
name_locs = np.array(['Earth', 'Stereo_A', 'Stereo_B', 'Soho', 'ISS'])
case_locs = np.size(np.nonzero(bool_locs))
if case_locs > 1:
obsmsg = "Please select observer location"
obschoices = name_locs[bool_locs].tolist()
obsloc = easygui.buttonbox(obsmsg, choices=obschoices)
imagedir = os.path.join(imagedir, obsloc)
elif case_locs == 1:
obsloc = name_locs[bool_locs][0]
else:
sys.exit("No Good Observer Location")
obsveceq = orb_vector(comdenom,
obsloc,
pysav,
orbitdir,
horiztag,
opts='obs,lt')
comveceq = orb_vector(comdenom, obsloc, pysav, orbitdir, horiztag, opts='lt')
comobs = orb_obs(comdenom, obsloc, pysav, orbitdir, horiztag, idlmode=True)
